#include double Factoriel(int n) {return 1;elsereturn n* Factoriel(n - 1);int main0double x;double ref_error, error;double actual_value, approximate_value;printf("x degerini...

Extracted text: The following C code computes the value of f(x)3De3x for the given x number using Maclaurin series expansion. The code finds the approximate solution and the relative error in each iteration until supplying error tolerance. So, fill in the blanks. #include #include double Factoriel(int n) { return 1; else return n* Factoriel(n - 1); int main0 double x; double ref_error, error; double actual_value, approximate_value; printf("x degerini giriniz\n"); scanf_s("%If", &x);: printf("Referans hatasini giriniz\n"): scanf_s("%If", &ref_error); actual_value = int i = 0: error = 1.79769e+3083; approximate_value = 0.0; printf("e^3(%lf) in gercek degeri=%lf\n", x, actual_value); while ( { approximate_value += error = i++; printf("%d. iterasyonda Yaklasik Deger:%lf\t Bagil Hata:%lf\n", i, approximate_value, error); system("PAUSE"); Windows'u Etkin return 0; Windows'u etkinleştirm }


Extracted text: The following C code computes the value of f(x)3De3x for the given x number using Maclaurin series expansion. The code finds the approximate solution and the relative error in each iteration until supplying error tolerance. So, fill in the blanks. #include #include double Factoriel(int n) { return 1; else return n* Factoriel(n - 1); int main0 double x; double ref_error, error; double actual_value, approximate_value; printf("x degerini giriniz\n"); scanf_s("%If", &x);: printf("Referans hatasini giriniz\n"): scanf_s("%If", &ref_error); actual_value = int i = 0: error = 1.79769e+3083; approximate_value = 0.0; printf("e^3(%lf) in gercek degeri=%lf\n", x, actual_value); while ( { approximate_value += error = i++; printf("%d. iterasyonda Yaklasik Deger:%lf\t Bagil Hata:%lf\n", i, approximate_value, error); system("PAUSE"); Windows'u Etkin return 0; Windows'u etkinleştirm }